XN-MINI 300
Model: MINI 300
Desktop multi-material 3D printer. Printing area 300mm*300mm*300mm, supports printing on various 3D printing materials such as cement mortar, clay, and PLA.
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Equipment Parameters
Equipment Details
As Xiaonan's first flagship desktop 3D printer focusing on multi-material compatibility, it is positioned as "small space, big creativity," breaking the industry limitations of desktop devices in terms of single material and limited precision. It provides a one-stop, efficient intelligent manufacturing solution for scenarios such as architectural design, cultural and creative creation, teaching and research, and the creation of miniature models for rural cultural tourism, redefining the application boundaries and technical standards of desktop 3D printing.
The core of the device features a lightweight, high-rigidity gantry structure. A high-strength aluminum alloy frame, combined with a synchronous belt drive system and a servo motor drive system, constructs a stable support system. This structure perfectly adapts to the limited desktop space, enabling the device's compact and flexible deployment, while maintaining extreme stability during printing—the measured Z-axis repeatability error is controlled within ±0.5mm, and there is no significant wobbling in X/Y axis movement. Even when printing tall models or complex curved surfaces, it maintains precise alignment. Simultaneously, it meets the core requirements of low noise, low energy consumption, and easy maintenance for desktop devices, significantly reducing daily operating costs.
In terms of material compatibility, Xiaonan's printer is compatible with three core materials: cement mortar, PLA, and clay, completely breaking free from the limitations of traditional desktop devices that can only print on single plastics. For the high viscosity of cement mortar, the device is equipped with a high-flow extrusion module to stably control extrusion pressure and flow rate, ensuring uniform and non-collapsed slurry formation. For PLA environmentally friendly filaments, the temperature control system is optimized to meet the low melting point printing requirements of 190-220℃, balancing easy molding and biodegradability. For clay, a moisture retention and molding assistance module is added, restoring the texture of traditional pottery while improving printing efficiency. Quick switching between multiple materials requires only a printhead change, completing the adaptation in 30 seconds, allowing designers and creators to freely combine materials according to their needs, realizing boundless creative expression.
To meet the printing needs of high precision and complex shapes, the device comes standard with a 0.5mm ultra-fine nozzle, improving printing accuracy to ±0.05mm, easily reproducing the fine textures of architectural models, the hollow details of cultural and creative products, and the original appearance of miniature models of rural cultural tourism. With the help of intelligent slicing algorithms to automatically optimize the printing path, it can not only achieve a smooth transition of complex curved surfaces, but also reduce material waste and printing time, so that every creative idea can be accurately and efficiently transformed from a digital model into a physical work, injecting new vitality into desktop manufacturing.
Equipment Details
As Xiaonan's first flagship desktop 3D printer focusing on multi-material compatibility, it is positioned as "small space, big creativity," breaking the industry limitations of desktop devices in terms of single material and limited precision. It provides a one-stop, efficient intelligent manufacturing solution for scenarios such as architectural design, cultural and creative creation, teaching and research, and the creation of miniature models for rural cultural tourism, redefining the application boundaries and technical standards of desktop 3D printing.
The core of the device features a lightweight, high-rigidity gantry structure. A high-strength aluminum alloy frame, combined with a synchronous belt drive system and a servo motor drive system, constructs a stable support system. This structure perfectly adapts to the limited desktop space, enabling the device's compact and flexible deployment, while maintaining extreme stability during printing—the measured Z-axis repeatability error is controlled within ±0.5mm, and there is no significant wobbling in X/Y axis movement. Even when printing tall models or complex curved surfaces, it maintains precise alignment. Simultaneously, it meets the core requirements of low noise, low energy consumption, and easy maintenance for desktop devices, significantly reducing daily operating costs.
In terms of material compatibility, Xiaonan's printer is compatible with three core materials: cement mortar, PLA, and clay, completely breaking free from the limitations of traditional desktop devices that can only print on single plastics. For the high viscosity of cement mortar, the device is equipped with a high-flow extrusion module to stably control extrusion pressure and flow rate, ensuring uniform and non-collapsed slurry formation. For PLA environmentally friendly filaments, the temperature control system is optimized to meet the low melting point printing requirements of 190-220℃, balancing easy molding and biodegradability. For clay, a moisture retention and molding assistance module is added, restoring the texture of traditional pottery while improving printing efficiency. Quick switching between multiple materials requires only a printhead change, completing the adaptation in 30 seconds, allowing designers and creators to freely combine materials according to their needs, realizing boundless creative expression.
To meet the printing needs of high precision and complex shapes, the device comes standard with a 0.5mm ultra-fine nozzle, improving printing accuracy to ±0.05mm, easily reproducing the fine textures of architectural models, the hollow details of cultural and creative products, and the original appearance of miniature models of rural cultural tourism. With the help of intelligent slicing algorithms to automatically optimize the printing path, it can not only achieve a smooth transition of complex curved surfaces, but also reduce material waste and printing time, so that every creative idea can be accurately and efficiently transformed from a digital model into a physical work, injecting new vitality into desktop manufacturing.